Mirrors TRIZ Cases

Silica-supported elevated sensor electrodes reduce the electrode gap, improving capacitance measurement accuracy and spectral resolution.

Alternating light transmitting prism portions and absorbing portions manage image reflection and natural light absorption to reduce manufacturing complexity.

A stereoscopic light recycling device uses a beam splitter and phase shifting optic to align orthogonally polarized light beams.

A barrier layer anodizing process forms a dense aluminium oxide coating on solar reflector surfaces.

Replacing vapor deposition with molded base materials and resin filling simplifies manufacturing complexity while achieving bright, clear stereoscopic images.

Dual-axis mirror deflection expands the detection range beyond planar limits, enabling comprehensive three-dimensional object scanning.

A lens mirror array integrates a prism structure on the flange surface to reflect and block noise light via retroreflection.

Projections connect color filter layers directly to a reflecting mirror film, guiding light through structural gaps without intermediate substrates.

Angle-dependent color shifting in thin films prevents copying while enabling simple public verification.

A vehicle image display mirror uses a first polarizing plate to maximize light transmittance from the monitor.

Deflection portions on polygonal transparent plates bend light to minimize non-display areas between array devices for seamless image continuity.

A unitary side mirror combines main and spotting portions into one structure to simplify assembly.

Elastic press-in fixing protrusions absorb manufacturing tolerances to precisely position the rotational center of vehicle mirror gears.

Segmenting the mirror stay into multiple rods suppresses vibration from airflow, resolving strength versus complexity trade-offs for clearer rearview images.

Segmented spray units constrain fluid flow to prevent uncontrolled movement, ensuring uniform coating removal across complex lithography surfaces.

A relief grid interacts with a point matrix to generate dynamic movement effects through optical interference.

A video projecting structure uses a transparent substrate with random irregularities and a reflection film to enhance projected image brightness.

A flexible infrared reflecting film uses a single silver layer between dielectric oxides to manage solar energy.

A transparent display device uses internal light sources and reflections to produce stereoscopic images.

A vehicle image display mirror uses a switchable circularly polarizing plate to separate monitor light from reflected glare.

An optical assembly redirects light from a display area to adjacent peripheral regions using tilted reflective films.

Retaining tabs on the cover prevent declination and separation during movement while expanding the viewing range.

A sliding glass clamp secures mirror glass to a vehicle mirror housing using tapered channels and locking projections.

A diffusive reflective layer redirects photons from light-emitting devices to improve luminous efficiency.

Segmented mirrors assemble optical surfaces from the rear onto a supporting structure, correcting residual positioning defects via post-assembly polishing.

Silicon-alloy additive mirrors resolve thermal mismatch and tool wear while achieving 10 to 25 Angstroms RMS surface finish.

A swivelable mirror adjusts the optical axis to widen the imaging swath and reduce drone passes, resolving precision versus complexity trade-offs.

Segmented facets on confocal elliptical shells reduce imaging scale variation and block non-EUV rays, protecting downstream optics.

Image space lens system focuses scene radiation onto rotating polygon facets, minimizing dead time between adjacent facets to improve scanning efficiency.

Liquid polymer curing eliminates shape mismatch and inclusions, improving manufacturing precision for VR eye tracking.

Lorentz actuators generate magnetic forces to alter the radius of curvature, reducing actuator stroke and defocusing in EUV lithography.

Reflective particles at the liquid interface enable dynamic curvature adjustment, reducing fabrication complexity and costs.

Segmented cooling with thermoelectric coolers and insulation elements maintains safe temperature differences across the digital micro-mirror device.

Phase control in gap regions prevents random light mixing and pattern distortions while maintaining high reflectance.

A light source device uses orthogonal polarization and multi-reflection to manage optical paths.

A cured allyl ester resin composition supports alternately laminated metal film layers to form planar light-reflecting portions.

A dielectric intermediate layer replaces precious metals to boost solar absorption while cutting production complexity.

Segmenting the mirror into a rotor and housing isolates rotational forces, maintaining scanning efficiency while reducing manufacturing costs.

Liquid crystal area electrodes in a vehicle mirror dynamically adjust polarization states to maintain consistent image brightness while preventing glare.

Particulate composite base bodies with nickel-phosphorus polishing layers maintain microroughness stability at elevated temperatures.

A tilted circular aperture stop homogenizes numerical apertures across the image field in EUV projection lithography.

A mask blank substrate achieves ultra-low surface roughness to enable precise defect detection in semiconductor manufacturing.

Inverting blue-resonant layers away from the exterior surface resolves visible spectrum trade-offs, achieving over 95% reflectivity across 400-700 nm.

Direct bonding of glass turning mirrors to photonic dies resolves fabrication alignment challenges while maintaining reliable optical signal transmission.

Vertical and horizontal flutes on a secondary optic limit light reflectance to under 35 percent while minimizing shadows in vehicle rearview displays.

Apodized broadband partial reflectors reduce in-band spectral ringing by minimizing discontinuities through graded layer thickness profiles.

A dental mirror uses a pivot point and detent nubs to flip the reflective face between fixed angles relative to the handle.

A multi-layer coating structure applies a high-refractive index dielectric layer to increase reflectivity.

A rotatable roller with magnetized portions aligns magnetic flakes in ink vehicles, preventing substrate damage from protruding magnets.